Please ask the masters, graduate students in materials science, which direction is better.

Except for 3, everything else is fine. Because when graduate students come out to look for a job, they don't look at the specific direction, but only look at what major you are and what direction you are about. Like you, you are a master of materials science, preparation and processing, and it is quite easy to find a job if you write it on your resume.

This year's employment situation is not good, the graduate students of materials only have processing molding, polymers, composite materials, metal materials, etc., which are not bad, and the others are miserable! Personally, I am also engaged in materials, and after graduating this year, I recommend 2 and 4, and the future of civilian use is relatively greater.

1 3 belongs to welding, 2 ceramic research.

The 3 are all highly applicable, however, the employment scope of 2 is wider, and many enterprises need it. 1 research, there are a few good hands in China, there is a professor in Heilongjiang, I forgot what is called. There is a lot of research for the second one.

The research of the above materials is more physical, less chemical, and much less harmful to the body. Actually, it's all good. However, there are many masters of 1 3 research, and there are many online majors**, and I personally tend to choose the study of ceramicization.

2 is better. Actually, these are not bad. It depends on your personal interests. Don't follow the crowd.

Make your own decision.

I also studied materials, but I am an undergraduate, and my tutor said that titanium alloy is a new metal in the 21st century, and its application and prospects are very bright. I don't understand anything else

1. Good direction of metal material engineering.

The major of metal materials engineering cultivates senior engineering and technical talents who have knowledge of metal materials science and engineering, and can be engaged in scientific research, technology development, process and equipment design, production and operation management in the fields of metallurgy, material structure research and analysis, metal materials and composite materials preparation, metal material forming, etc.

Mainly learn the basic theories of materials science, and master the basic laws of the relationship between the composition, organizational structure, production process, environment and performance of metal materials and their composite materials. Through integrated alloy design and process design, we improve the properties, quality and life of materials, and develop new materials and processes.

2. Engineering of inorganic non-metallic materials.

The major of inorganic non-metallic materials engineering cultivates senior engineering and technical talents who have the knowledge of inorganic non-metallic materials and their composite materials science and engineering, and can engage in scientific research, technology development, process and equipment design, production and operation management in the fields of inorganic non-metallic materials structure and analysis, material preparation, material forming and processing.

Students mainly learn the basic theory, composition, structure, performance and production conditions of inorganic non-metallic materials and composite materials, and have the ability of material testing, production process design, material modification, research and development of new products, new technologies and equipment and technical management. After graduation, they can engage in technology development, process and equipment design, production and management, scientific research and other aspects in the fields of inorganic non-metallic material structure research and analysis, material preparation, material forming and processing.

The schools with better entrance examinations for materials majors include: Shanghai Jiao Tong University, Tsinghua University, Harbin Institute of Technology, University of Science and Technology of China, Central South University, Jilin University, etc.

Harbin Institute of Technology (Harbin Institute of Technology) is a national key university directly under the Ministry of Industry and Information Technology, and is ranked among the first batch of world-class universities in China.

Scientific achievementsAccording to the school's official website in March 2020, Harbin Institute of Technology has participated in 14 of the 16 major national science and technology projects such as the lunar exploration project, and has made a number of major landmark achievements in the fields of aerospace, robotics, small satellites, equipment manufacturing, new energy, and new materials.

Shanghai Jiao Tong University, Tsinghua University, University of Science and Technology Beijing, Huazhong University of Science and Technology.

Shanghai Jiao Tong University, referred to as "Shanghai Jiao Tong University", is a national key university directly under the Ministry of Education and jointly established by Shanghai Municipality and directly managed by the Ministry of Education, ranked among the "world-class university construction universities (Class A project" and "211 project", and is a member of the Nine Universities Alliance, the Association of Chinese University Presidents, Universitas 21, the Pacific Rim University Alliance, the 21st Century Academic Alliance, the International Applied Science and Technology Development Cooperation Network, and the International Alliance for New Engineering Education.

It has been selected into the "Everest Plan", "Strong Foundation Plan", "111 Plan", "2011 Plan", Outstanding Doctor Education and Training Program, Outstanding Legal Talent Education and Training Program, Outstanding Engineer Education and Training Program, Outstanding Agriculture and Forestry Talent Education and Training Program, National Construction of High-level University Public Postgraduate Program, China's ** Scholarship Receiving Institution for International Students in China, and Independent Degree Authorization Review Unit.

The rankings for materials are: Shanghai Jiao Tong University, Tsinghua University, University of Science and Technology Beijing, Huazhong University of Science and Technology, Harbin Institute of Technology, University of Science and Technology of China, Central South University, Jilin University, Zhejiang University, Wuhan Institute of Technology.

The difficulty of the entrance examination, Tsinghua University, Zhejiang University can be imagined, and Beike, Huake, Zhongnan score requirements are low, there are also certain location advantages, and they all focus on metal and material processing, the future employment is very popular, I personally think that applying for these schools, the low score of the test is easy to pass the line, and the high score can also find a good tutor, it is a good choice, I believe your efforts will be rewarded!

University of Science and Technology Beijing, very strong in terms of materials!

The material of the Western University of Technology is very good, think about it.

Materials majors: Safety and Environmental Functional Materials, Semiconductor Materials and Devices, Packaging Engineering, Material Surface and Interface Engineering, Material Characterization and Analysis.

Materials Processing Engineering, Materials Science and Engineering, Materials Physics and Chemistry, Materials Science, Materials Metallurgy, Low-Dimensional Quantum Physics and Materials Electronic Packaging, Waterproof Materials and Engineering, Corrosion Science and Protection, Polymer Materials, Polymer Materials Engineering, Polymer Materials Science and Engineering, Polymer Materials and Engineering, Functional and Intelligent Materials, Nuclear Technology and Materials Engineering.

Health Engineering, Nanomaterials and Nanotechnology, Nanoengineering and Resource Recycling, Nanoscience and Technology, Nanofibers and Hybrid Materials, Energy Engineering and Technology, Energy and Materials Engineering, Soft Matter Science and Engineering, Biomaterials, Biological and Biomimetic Materials, Microscale Science and Technology, Advanced Materials and Preparation Technology, Advanced Materials and Preparation Technology.

Advanced Polymer Materials, New Energy Materials and Devices, New Energy Science and Engineering, Jewelry Materials and Processing, Resources and Environment and Circular Economy.

Materials Science and Engineering is a broad field that involves many different professional directions and fields of study. Here are some of the promising career paths in Materials Science and Engineering:

1.Advanced material preparation and processing technology: This direction involves the research and development and preparation of new materials, as well as related processing technologies. Graduate students in this field can find employment opportunities in industries such as materials manufacturing, aerospace, automotive, electronics, etc.

2.Nanomaterials and Nanotechnology: This direction involves the preparation, properties and applications of nanomaterials, as well as related nanotechnologies. Graduate students in this field can find employment opportunities in industries such as materials manufacturing, electronics, and medical after graduation.

3.Material Surface and Interface Engineering: This direction involves the properties and applications of material surfaces and interfaces, as well as related engineering techniques. Graduate students in this direction can find employment opportunities in industries such as materials manufacturing, electronics, and chemicals.

4.Materials Calculation and Simulation: This direction involves the calculation and simulation of materials, as well as related software and algorithms. After graduation, graduate students in this direction can find employment opportunities in industries such as materials manufacturing, electronics, and aerospace.

In short, choosing a good career direction needs to consider your own interests and abilities, as well as market demand and development trends. It is recommended that you learn more about the employment prospects and development trends of the relevant industry when choosing a postgraduate pathway, so that you can make a more informed decision.

Postgraduate Examination: Polymer Materials and Engineering.

You can go to petrochemical, electronic and electrical appliances, building materials, automobiles, packaging, aerospace, military industry, textile and medicine and other systems of scientific research institutes, enterprises engaged in plastics, rubber, chemical fibers, coatings, adhesives, composite materials synthesis, processing, application, production technology management and market development, as well as research and development of high-performance materials, functional materials, biomedical materials, optoelectronic materials, fine polymer materials and other special polymer materials for high-tech fields, can also go to colleges and universities to engage in teaching, Scientific work.

Professional characteristics: Polymer materials and engineering is a dynamic material discipline that studies the design, synthesis, preparation, composition, structure, performance and processing application of polymer materials, and its industrial and research system has become a pillar industry of national economic development.

The direction of employment in the material category:

After graduating from the Gemstone and Material Technology Major, they can be engaged in the trade, identification, processing and production, quality supervision and inspection, production management, and scientific and technological development of jewelry and material technology in the departments of commerce and trade, economy and trade, commodity inspection, tourism, and banking.

After graduating from metal materials engineering, they can engage in scientific research, technology development, process and equipment design, production and operation management in the fields of metallurgy, material structure research and analysis, metal materials and composite materials preparation, metal material forming, etc. After graduating from metallurgical engineering, they can be engaged in metallurgical technology and theory, smelting process and control, smelting process and equipment design, production technology improvement, performance improvement and testing of smelting products, and metallurgical enterprise management.